At least we'll die before the end of the world


*Blackhole in the galixy, destroy the earth in something mill. years.*

trust me, i will save this planet. thats a promise.

with Current Tech? I doubt is Snake, though if you do find a finding, I'd be surprised.

and you can't kill a Blackhole, there all gravity, crushing anything that dares enter them.

i not talking about the black hole. i need research about that. a WHOLE lot.

Blackholes spawn when a supernova goes out in a very big way. *If I'm right*


and even if we don't hover toward it, there is the big crunch theory.

in the other hand Big Crunch Theory there is the ever expanding universe theory.

[quote:post_uid0="Squall87"]Blackholes spawn when a supernova goes out in a very big way. *If I'm right*


and even if we don't hover toward it, there is the big crunch theory.[/quote]
Incorrect,

A Black hole is a spawned form an old star. Let me explain the levels of a star again.

Nucleus Nova=The name is not corect,but stars are born from cloud like figures in space.The cloud compresses and forms...

Stage 1=This is the infant stage of a star.The star is to wild,and spreads it's heat to wildly at this stage.

The Sun=This is the stage are star is at it is more matured at this stage,and spreads it's heat and gravity evenly.

Red Gaint=I may have spelled that incorrectly,but his is the star at it's largest form.At this stage the star is considered to be at the adulthood of it's life spand.

White Drawf=This stage is some times skipped,but it is know as a White hole or an hig gravity star.The gravity of this stage is very powerful.

Dark Drawf A.K.A Black Hole=This is the final stage of a star.But to see a Black hole makes you ralize that this universe is perhaps more than a trillion and plus years old.

[quote:post_uid0="kingofhearts"]in the other hand Big Crunch Theory there is the ever expanding universe theory.[/quote]
I don't beleive that theory everthing ends eventually even the universe.

wrong SBYRD, now let me explain how a star is born and dies

there's two types of stars, one is the type our sun is and the other is damn, i forgot its name, lol.

anyways,

Process of a star like our sun:

nebula: infant stage of star, when it's still giant clouds of hydrogen

next, it starts to become very dense and heat up, and eventually, nuclear fusion occurs in which hydrogen atoms are fused into helium

after all these other stages of the star(i won't go into specifics, since i don't have much time)

it becomes red giant, like you described SBYRD

then it becomes a helphoid(can't remember what it's called) where there is very little hydrogen left and most of the star is helium, and the helium starts to fuse with itself into carbon.

and then finally it becomes neutron star(a.k.a white dwarf) with extreme gravity because the red giant's core collapses on itself

The other type of star's process:

the star pretty much follows the same process, except it becomes a supernova instead of a red giant. the supernova goes through the same thing, except it has a possibility to become a black hole or a pulsar.

anyways, a blackhole's tremendous gravity CAN infact cause a nearby star to go nova.

[quote:post_uid0="princevegetam"]wrong SBYRD, now let me explain how a star is born and dies

there's two types of stars, one is the type our sun is and the other is damn, i forgot its name, lol.

anyways,

Process of a star like our sun:

nebula: infant stage of star, when it's still giant clouds of hydrogen

next, it starts to become very dense and heat up, and eventually, nuclear fusion occurs in which hydrogen atoms are fused into helium

after all these other stages of the star(i won't go into specifics, since i don't have much time)

it becomes red giant, like you described SBYRD

then it becomes a helphoid(can't remember what it's called) where there is very little hydrogen left and most of the star is helium, and the helium starts to fuse with itself into carbon.

and then finally it becomes neutron star(a.k.a white dwarf) with extreme gravity because the red giant's core collapses on itself

The other type of star's process:

the star pretty much follows the same process, except it becomes a supernova instead of a red giant. the supernova goes through the same thing, except it has a possibility to become a black hole or a pulsar.

anyways, a blackhole's tremendous gravity CAN infact cause a nearby star to go nova.[/quote]
u read my thoughts after a redgiant comes a white dwarf a huge star or neutron star about a city size star which is really dense after a supernova a black hole or a pulsar